Supercam S350
UAV with the onboard photo camera, video camera, and thermographic camera
Unmanned Systems Group
Izhevsk, RU
Description
Unmanned aerial vehicle Supercam S350 is designed for panoramic and planimetric aerial photography and video shooting and other similar tasks.
Its modular architecture allows for quick and efficient changes of UAV payloads and aircraft equipment variations. Sealed design of the control system module and payload considerably prolongs service life of the costly equipment under regular operation.
Specifications
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Environment
-
Min. operation temperature [Ā°C]
-50
Max. operation temperature [Ā°C]
50
Max. wind speed [m/sec]
15
Max. humidity [%]
100
-
Imaging/scanning devices
-
Type of Camera
20/24/42 Mp cameras with 20/21/35/50 mm lens
Additional Sensors and additional information
Thermal Infrared Sensor, Multispectral, HyperspectralGyro-stabilized in 3 axis gimbals with EO, IR Night sensors and target tracking
Build-in Stablilsation
Y
Exchangeable
Y
Sensor tilting to allow oblique views
Y
Onboard imaging/scanning devices
RGB Camera, Additional sensors, Gimbal, NIR Camera
-
Platform
-
Brand
Supercam
Max. payload [kg]
2.5
Max. stay in the air [min]
270
Max. speed [km/h]
120
Max. height above sea level [m]
5500
Propulsion
electric
Platform
Aircraft
-
Accessories
-
Transportation accessories
UAV transportation case, GCS transportation case, charger and battery transportation case
Included batteries and charger
10/16 Ah
More included products and spare parts
Batteries, UAV body, wires, props, engine, cables etc.
-
Operation Characteristics and Safety
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Min. Ćø of launch/landing site [m]
50
Launching method
Elastic/Pneumatic catapult
Automatic launch and landing
Y
Training provided
Y
Collision avoidance systems (CAS)
N
Autonomous emergency landing
Y
-
Dimensions
-
Ćø / wingspan [cm]
320
Height [cm]
25
Weight [kg]
5
Weight of battery [kg]
1.1
Number of rotors
1
Transport on human back
N
-
Base Station
-
Ground computer included
Y
Type of Ground computer
Based in the IP65 case
Sensor control
Y
Real time image and video download link
Y
-
Navigation Sensors
-
Type of GNSS receiver and captured signals
L1/L2 GNSS Receiver GPS/GLONASS
Correction services [PPK, RTK]
PPK
-
General
-
Year of last update
2017
Typical applications
Photogrammetry, 2D & 3D mapping, Agriculture, ISR
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Included software and automatically generated
-
Flight planning software
Supercam 1.0
Photogrammetric software
Photomod, Pix4D
Point cloud processing software
Photomod, Pix4D
Type of software included
Block adjustment, Camera self-calibration, Flight planning, Photogrammetric software, Point cloud processing software
Automatically Generated Products
3D City Models, Point Clouds, 3D Landscape Models, DEMs, DTMs, Orthomosaics, NDVI maps
